Vacek, J. Diploma thesis. Brno: Mendel University in Brno, 2015. The diploma thesis deals with the economic evaluation of the investment into en-ergy- efficient concepts of buildings and with the economic evaluation of the op-timization of the current energic solutions. The aim of the diploma thesis is to create a general tool in MS Excel for the economic evalution mentioned above. And consequently is to execute the test of this program in terms of application on the real case study. The results are simulated in Crystal Ball based on Monte Carlo method to eliminate the risk of uncertainty.

The master thesis deals with passive houses and their profitability's economic analysis. The thesis focuses on both new buildings and renovations, which have the greatest potential for energy savings in the building's sector. The cost-effectiveness of proposed measures is evaluated using the example of reconstruction of an existing house with passive and low-energy standard. Low-energy option of reconstruction is more profitable from an investor's perspective than the passive one. At 4% annual growth in energy prices, both options become comparable. The result of the calculation is not generally applicable. The profitability always depends on a specific building and various measures. Besides the cost-effectiveness, the investor's decision about an investment is also influenced by an increasing level of living comfort, subsidies and environmental protection.

The doctoral thesis pays attention to the system approach to the nonstationary computational modelling of heat transfer for energy saving buildings. The created computational tool supports the optimization of selected design parameters.

This diploma thesis addresses the economic assessment of the methods of heating and combinations of technologies for energy saving. The objective of this work is to assess the economical effectiveness of individual types of sources of heating. It is first necessary to established gross requirements of energy for heating, water heating, and other household operations. Based on this information, suitable sources are determined. Alternative energy sources are other aspects for consideration – controlled ventilation with heat recovery, and photovoltaic cells. The aim of the thesis is to identify which combination of those technologies is the most economically effective for the opted house. This work aims to help the investor in decision making about the technological solution of heating and power purchase. The outcome is a complex evaluation of different options for the assessed house.

The subject of my master´s thesis “Multi-functional Building” is to make operating project documentation to a building in Boskovice that is drawn as an energy saving house. The concept of the house respects the territorial plan of the city and complements the existing buildings. The house has a basement and three floors with a hipped roof. In the basement there is a cellar and technical background for the object in the 1st floor are 2 establishments , hairdressing salon and a cafe and 2nd floor and 3rd floor are designed for housing.

Master thesis is focusing on desiging of low energy wooden building with hers architectonic and disposition problems. Projecting also inculde every mechanical drawings, which is needed for building permision and technical documents as well.. Projecting also included thermal and technical solution for building envelop. Master diploma thesis got static solution for selected elemnts needed for wooden construction.

The diploma thesis deals with crash tests. Many international organizations specialize directly in conducting crash tests. Impact test simulates vehicle collision. The three most common test are front, side, and backstreets. The diploma thesis focuses on side conflicts. Side clashes are characterized by the fact that the first vehicle is damaged at the front and the second in the side. The measured data from these tests was evaluated to obtain the deformation energy consumed for permanent damage to vehicles. Deformation energy was calculated as equivalent to the individual speed of individual vehicles. EES values have been evaluated by various methods used in expert practice and compared. The impact tests were simulated to clarify assistance to experts in the analysis of traffic accidents.

This thesis deals with a design of an energy-efficient hotel in the Jeseníky mountains. Main parts of the project are to be found in folder C, containing the drawings including five technical details, technical report with attached list of compounds, thermal assessment and fire safety project. The work also contains a study in folder B, which represents the initial version of the project, including the evolution of the project, staircase calculation and simple visualization. This thesis can be used as project documentation for actual building operation.

In relation to energy savings, the development of constructing energy-saving houses, which includes low-energy, passive and zero houses, started to be created. The diploma thesis helps readers to be better informed about energy-saving houses, their development during history and their main features. The last two chapters show the development of constructing energy-saving houses in the Czech Republic in graphs. They also show in which regions are these houses built the most and which construction system and way of using is preferred.

In this thesis is carried out a research about sustainable development and construction. Based on Czech and foreign literature is compiled a detailed process describing the conditions for a successful design of buildings according to sustainable principles. The final outcome is a design of a house, which is executed by the above procedure which tries to incorporate all the given requirements.